So it’s actually quite interesting that the focus at Davos shifted to the economic development argument. The idea now is that digital ID can make it easier for entrepreneurs to launch businesses, for the private sector to remove some of the bureaucratic hassles involving a lot of paperwork, and for economies to streamline how they function. According to the research study, the average developing economy would be able to “unlock economic value” equivalent to 6 percent of GDP. In some cases, the amount of economic value would be equivalent to 13 percent of GDP.
The case against digital ID
But just how realistic are these assumptions? And what sorts of trade-offs are involved? After all, there are still a number of unaddressed problems that result from any digital ID system. Think about it – it’s impossible to hack a paper birth certificate, but it’s very possible to hack a digital ID. Other problems include biometric fails, lack of Internet access in rural or remote locations, and the potential for misuse by third-party actors.
Thus, the thinking right now is that there need to be various “kernels” of a digital ID in order to make it as safe as possible. You can think of these kernels as the building blocks of digital identity. Some of the kernels mentioned at the recent 2018 summit of ID2020 at UN headquarters in New York City included a digital birth certificate and a mobile phone SIM card. Other ideas have included using blockchain technology and biometric data to certify the identity of a person, and thereby make it impossible for someone else to steal an identity.
However, even biometric data (i.e. fingerprints and iris scans) is not 100 percent safe from hackers. India, for example, launched a huge biometric database for welfare payments back in 2009, but the system has faced a lot of criticism over potential abuse. Theoretically, a hacker could break into the biometric database, steal someone’s identity and personal information, and use that digital ID to claim benefits due to someone else.
And just about any financial services transaction is also exposed to the potential for digital ID fraud. In the United States, for example, there are many examples of how hackers are looking for ways to steal social security numbers and other forms of ID in order to file tax returns on behalf of someone else, open up credit cards or bank accounts in other people’s names, and get loans from banks using fraudulent identities and stolen personal data. So, presumably, digital identity systems would have to prove that that they offer ironclad security against a data breach before they could be rolled out to a wider population.
Moreover, the development of digital identities will have to assuage growing concerns that government entities could use a digital ID to conduct mass surveillance on the population. That was one of the major concerns in India, in fact, where some believed that citizens were trading away their privacy in exchange for health benefits. And the need to protect personal privacy was also one of the guiding principles of the recent European General Data Protection Regulation (GDPR).
Finally, are some of the economic benefits of digital ID being overstated? According to Privacy International, for example, the economic benefits of digital ID systems are often overestimated. Is GDP growth of 1-2 percent per year really worth all the risks to personal privacy that might ensue? That’s an important question that tomorrow’s legislators and elected officials in some of the world’s most powerful economies will need to answer in 2019 and beyond.